PowerLogic™ PowerTag F63 Series
Model Numbers: A9MEM1560, A9MEM1564, A9MEM1570, A9MEM1573, A9MEM1574
Brand: Schneider Electric
Safety Warnings
Hazard of Electric Shock, Explosion or Arc Flash
DANGER: Turn off all power supply sources before installing and during maintenance of this equipment. Do not use a PowerTag product for voltage testing purposes. A Voltage Tester must be used instead. Failure to follow these instructions will result in death or serious injury.
Fire Hazard
WARNING: The PowerTag must be associated with an easily accessible upstream protection and circuit-breaker system, marked with callout A in the schematic. The cable ends of the voltage measurement cables must be adapted to the terminals of the equipped product. The replacement of these cable ends is the responsibility of the professional installer. Failure to follow these instructions can result in death, serious injury, or equipment damage.
Product Description
This instruction sheet provides essential information for the PowerTag F63 wireless communication energy sensor.
Key Components
- A: Current measurement module.
- B: Product label. The detachable adhesive part carries a unique product identifier RF-Id, usable during commissioning on certain concentrators.
- C: Conductor feedthroughs for current measurement.
- D: Warning symbol [⚠️] - Comply with all safety instructions associated with this symbol to avoid any potential risk of injury or death.
- E: PowerTag communication status indicator light.
- F: Power-supply and voltage measurement terminal. Neutral = Blue wire.
- G: Connection cable between the power-supply terminal and the current-measurement module.
This instruction sheet must be kept for future use. Visit our web site www.se.com to download the technical documents for Acti9 products.
Important Notes for Installation and Use:
- PowerTag devices must only be installed and maintained by qualified professionals.
- PowerTag devices should not be installed if any damage is observed during unpacking.
- The PowerTag devices must be installed inside electrical panels or switchboards, behind a door or plate, so that they are inaccessible for unauthorised persons. The electric panels must meet the requirements of the applicable standards (IEC 61439-1) and be installed in compliance with current installation and safety rules (IEC 61140).
- All relevant local, regional, and national regulations must be respected while installing and using PowerTag devices.
- During the installation of PowerTag, a verification of the appropriate mechanical strength and electrical continuity of the connections must be performed by a professional installation engineer.
- Schneider Electric is not liable in case the instructions mentioned in this document and other referred documents are not respected.
Communication Indicator Light Status
The PowerTag communication status is indicated by a light. Refer to the table below for interpretations:
| Status | Description |
|---|---|
| PowerTag switched off. | PowerTag hors tension. |
| PowerTag is searching a concentrator. | PowerTag est en recherche de concentrateur. |
| PowerTag in identification mode. | PowerTag est en mode d'identification. |
| PowerTag is in network. Normal communication with the concentrator. | PowerTag mis en réseau. Communication normale avec le concentrateur. |
| Occasional loss of communication. | Perte ponctuelle de la communication. |
| Loss of communication with the concentrator. | Perte de communication avec le concentrateur. |
| Internal error detected. | Erreur interne détectée. |
Installation and Connection
Before proceeding with pairing, ensure that the concentrator has the latest available software version. Refer to the user manual of the concerned concentrator.
Connection Diagrams for Models:
1-Phase 2-Wire (1PH2W) Models:
- A9MEM1560: Un ~ 200-240 V
- A9MEM1564: Un ~ 100-127 V
Connect power supply to L and N terminals. The diagram shows the PowerTag connected to a TeSys GV2/LC1D device. Use wire size AWG22 / Ø 0.33 mm².
3-Phase 3-Wire (3P) Model:
- A9MEM1573: Un 3 ~ 380-415 V
Connect power supply to L1, L2, and L3 terminals. The diagram shows the PowerTag connected to a TeSys GV2/LC1D device. Use wire size AWG22 / Ø 0.33 mm².
3-Phase 4-Wire (3P+N) Models:
- A9MEM1570: Un 3N ~ 220-240/380-415 V
- A9MEM1574: Un 3N ~ 120-137/208-240 V
Connect power supply to N, L1, L2, and L3 terminals. The diagram shows the PowerTag connected to a TeSys GV2/LC1D device. Use wire size AWG22 / Ø 0.33 mm².
Adapting Terminals
To adapt the PowerTag F63 to different types of equipped product terminals, it is possible to replace the voltage measurement terminals by other cable ends for AWG22/0.33 mm² wire.
Technical Data
- Nominal voltage Un: ~ 100-127 V, ~ 200-240 V, 3~380-415 V, 3N~ 120-137 / 208-240 V or 3N~ 220-240/380-415 V
- Operating range (power supply and voltage measurement inputs): Un ± 20%
- Frequency: 50/60 Hz
- Maximum power consumption: ≤ 1 VA (1P+N); ≤ 2 VA (3P/3P+N)
- Maximum current: 63 A
- Basic current (Ib): 10 A
- Operating temperature: -25°C to +60°C / -13°F to +140°F
- Overvoltage and measurement category: III
- Supports temporary surges relative to the ground
- Pollution degree: 3
- Altitude: ≤ 2000 m / 6500 ft
- Relative humidity: Maximum 93% without condensation
- Impact resistance index: IK05
- For indoor use only
- Radio communication:
- 2.4 GHz ISM band (2400 MHz to 2483.5 MHz)
- Channels 11 to 26 (IEEE 802.15.4)
- Equivalent isotropics Radiated Power (EIRP): 0 dBm
- Max. transmitted RF power: ≤ 10 mW (EIRP)
- Accuracy:
- Voltage: Class 0.5
- Current, Power and Active Energy: Class 1
Declarations of Conformity
Schneider Electric Industries declares that the wireless-communication energy sensors PowerTag are in compliance with the essential requirements and other relevant provisions of RED-DIRECTIVE 2014/53/EU and UK regulations SI 2017 n°1206. The EU declaration of conformity n°FD16090201 and UKCA Declaration of conformity n° FD16090201_UK can be downloaded on: se.com/docs.
